How can we utilize existing internal combustion engines to aim for a reduction in carbon dioxide? A detailed explanation of various environmentally friendly fuels such as hydrogen, ammonia, e-fuels, and biofuels!
Book Title: Latest Trends in Carbon Neutral Fuels - Hydrogen, Ammonia, e-Fuels, and Biofuels - Scheduled for publication in January 2022!! Transitioning to EVs alone won't solve the environmental issues! It's time to consider CO2 reduction from various perspectives. What are the environmentally friendly fuels available, and what is the path to their practical application? We will thoroughly explain the environmental responses of fuels from the viewpoints of the aviation, shipping, automotive, and power generation industries, as well as from the fuel side! Hydrogen: What are the trends in hydrogen production, costs, and development? How can we utilize hydrogen as a clean energy source? How is hydrogen used as a fuel? Ammonia: What are the properties of ammonia? What are the characteristics of mixed fuels with hydrogen? How does it behave in internal combustion engines? Synthetic Fuels: Synthetic fuels/e-fuels aiming for carbon neutrality by utilizing CO2. We will suggest various manufacturing technologies and challenges, including methanation, FT synthesis, and DME synthesis! Biofuels: The technological evolution of algae and biogas is bringing renewed attention to biofuels. What are their CO2 reduction effects and trends?
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Publication scheduled for July 2022, Price: 61,600 yen (including tax at 10%) Format: B5 size, approximately 240 pages, ISBN 978-4-86502-237-7 List of Contributors (Honorifics omitted) ○ Yoshitaka Kato, Tokyo Institute of Technology ○ Satoshi Terai, Toyo Engineering Corporation ○ Seijiro Morimoto, Naohiro Sakamoto, Japan Maritime Center (Public Interest Incorporated Foundation) ○ Takushi Ishikura, Mitsubishi UFJ Research and Consulting Co., Ltd. ○ Yoshikazu Noguchi, Electric Power Development Co., Ltd. ○ Mitsuharu Oguma, National Institute of Advanced Industrial Science and Technology ○ Michihisa Furuyama, Shinshu University / X-Scientia Co., Ltd. ○ Takashi Yatabe, Tokyo Electric Power Holdings, Inc. ○ Yuki Ishimoto, Energy Comprehensive Engineering Research Institute (General Incorporated Foundation) ○ Nobushi Kanbara, Gifu University ○ Yukihiko Okumura, Kagawa University ○ Mikiya Araki, Gonzales Fan, Gunma University ○ Seiichi Shiga, Regional Industry-Academia-Government Collaboration Manufacturing Research Organization (General Incorporated Foundation) ○ Takeshi Watanabe, IAV Corporation ○ Mitsuru Todoroki ○ Itsuki Wakayama, INPEX Corporation ○ Shigeo Satokawa, Seikei University ○ Yasuo Hosono, Chiyoda Corporation ○ Kinya Sakanishi, National Institute of Advanced Industrial Science and Technology ○ Shojiro Osumi, Daigas Energy Co., Ltd. ○ Ayako Matsuda, Masahiro Hayashi, Miyazaki University / Labyrinthula Co., Ltd. ○ Yoshihito Takatsu, Tokyo City University
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List price: 61,600 yen (including tax (10% consumption tax))
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*The table of contents has been significantly abbreviated. For details, please refer to the website.* **Chapter 1: Future Trends in Fuels and CN Fuels** - **Section 1: The Momentum Towards Decarbonization and Growing Attention to CN Fuels** - **Section 2: Fuel Situations by Industry** - Aviation International Shipping Automotive Power Generation - **Section 3: CN Fuels from the Perspective of Internal Combustion Engines** **Chapter 2: Advances in Hydrogen Production Technologies** - **Section 1: The Role of Hydrogen and the Potential for Low-Cost Green Hydrogen** - **Section 2: Hydrogen Production from Renewable Energy and Electrification** - **Section 3: Energy Carriers for Transporting and Storing Renewable Energy** **Chapter 3: The Potential of Hydrogen and Ammonia as Fuels** - **Section 1: The Potential of Ammonia** - **Item 1: Proposal for Hydrogen/Ammonia Blended Fuels** - **Item 2: Combustion Characteristics of Internal Combustion Engines** - **Item 3: Performance Evaluation of Spark Ignition Engines** - **Section 2: The Potential of Hydrogen Fuels** **Chapter 4: Trends in Synthetic Fuels** - **Section 1: Strategies for e-fuels** - **Section 2: Methanation** - **Section 3: FT Synthesis Method** - **Section 4: Methanol/DME Synthesis** **Chapter 5: Trends in Biofuels** - **Section 1: CO2 Reduction Effects and Trends of Biofuels** - **Section 2: Biogas** - **Section 3: Biofuels from Algae** - **Section 4: Biodiesel Fuels**
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